Fluoride Is Now Listed In ‘The Lancet’ (Medical Journal) As Being A Neurotoxic Poison


The Lancet medical journal has official designated fluoride as a nerotoxicant; so why is it in our tap water?

After many years of campaigning by those who already real-eyes-ed the toxic potential of ‘fluoride’ and the crime against world health that has been perpetrated by forced fluoridation of our waters – the oldest and most known ‘scientific’ medical journal – the lancet, has recently published a paper which documents the neurotoxic / poisonous reality of fluoride and other industrial chemicals.

despite the criminal activities of establishment hierarchies – claiming that fluoride is ‘safe’ and ‘healthy’ for decades – the denied and suppressed research was always being done and the toxic health effects of fluoride was known for decades. so this clearly amounts to a ‘soft war’ of suppression being waged against the majority, by the few.

toxic effects of fluoride include cellular damage to brain and neurological pathway deficiencies (equating to drops in IQ and overall loss of healthy evolution of the life form), plus direct cell death if exposure is high enough. thus the effect of fluoride is far from health giving – the effects are anti-life.
if this were not enough, the so-called ‘fluoride’ that is to be found in water and dental products is often not even true fluoride, since the chemical that has actually been used for many years is a toxic waste material from fertiliser and even nuclear industrial activity – which would be challenging and expensive to dispose of – if it were not being sold to so many government agencies and water processing groups to be inserted into your water and body!

despite this, even now, many are still PAYING to buy so-called ‘fluoride’ and not so long ago a judge in ‘the area commonly known as england’ ‘ruled’ that the people there did not have the ‘right’ to determine whether fluoride is added to their water or not. this raises the issue of who exactly ‘owns’ the water? the answer to that is in our hearts – no-one OWNS the waters, since we ARE the waters – any attempt to own, control and ‘sell’ the waters to each other is a direct act of denial and slavery.

Scientists Discover How Bats Land Upside Down


It is an aerial maneuver far beyond the capabilities of even the most sophisticated modern aircraft: landing upside down on a ceiling. But it is routine business for bats, and now scientists have learned precisely how they do it.

Researchers using high-speed cameras to observe bats in a special flight enclosure said on Monday these flying mammals exploit the extra mass of their wings, which are heavy for their body size compared to those of birds and insects, in order to perform the upside-down landing.

They land that way in order to roost, as bats do, upside down on cave ceilings or under tree limbs.

Brown University scientists observed two species: Seba’s short-tailed bat and the lesser dog-faced fruit bat. They tracked their motions using three synchronized high-speed video cameras taking images at 1,000 frames per second, and studied weight distribution in the bats’ body and wings.

They found that by flapping both wings while folding one of them just a bit toward their body, a bat can shift its center of mass to perform a midair flip in order to alight on a ceiling.

“Flying animals all maneuver constantly as they negotiate a three-dimensional environment,” Brown biology and engineering professor Sharon Swartz said. “Bats employ this specific maneuver every time they land, because for a bat, landing requires reorienting from head forward, back up, belly down, to head down, toes up.”

<span class='image-component__caption' itemprop="caption">Selected images from high-speed recordings of C. perspicillata executing a landing maneuver and, upon failing to find a landing site, executing a righting maneuver. (Below) Corresponding 3-D reconstruction of the 52-degree-of-freedom flight kinematics.</span>PLOS BIOLOGYSelected images from high-speed recordings of C. perspicillata executing a landing maneuver and, upon failing to find a landing site, executing a righting maneuver. (Below) Corresponding 3-D reconstruction of the 52-degree-of-freedom flight kinematics.

When approaching their touchdown spot, bats are not flying very quickly, making it difficult to muster the type of aerodynamic forces generated by pushing against the air that could help position them for an upside-down landing. But their heavy wings enable them instead to generate inertial forces to reorient themselves in midair.

“This is similar to the way in which divers twist and turn during a high dive,” said Kenny Breuer, a Brown professor of engineering, ecology and evolutionary biology.

Swartz said bats are generally under-appreciated as skilled aviators because they are primarily nocturnal. “People have many opportunities to observe birds and insects flying, but the bat world is hidden in the night. The more we observe flight behavior in bats, the more we are impressed,” Swartz said.